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ELECTRO-STATIC DISCHARGE (Method IEC 6100-4-2): The module was powered up running the demo sequence on the test table. There it was exposed to contact and air discharges applied to the ribbon cable across the module face, the horizontal conductive plane under the module, and the vertical conductive plane.     TU480 results Observation Contact Discharge Air Discharge   Planes (1&2) Ribbon (3) Planes (1&2) Ribbon (3) Lowest voltage discharged 1kV 1kV 2kV 2kV Temporary spurious ON/OFF of pixels 9kV None None None Module reset None 2kV None None Permanent damage None None None None Highest voltage discharged 9kV 2kV 10kV 10kV TU640 results Observation Contact Discharge Air Discharge   Planes (1&2) Ribbon (3) Planes (1&2) Ribbon (3) Lowest voltage discharged 1kV 1kV 8kV 8kV Temporary spurious ON/OFF of pixels 6kV 1kV 9kV 10kV Module reset None 4kV None None Permanent damage None None None None Highest voltage discharged 9kV 4kV 10kV 10kV TU800 results Observation Contact Discharge Air Discharge   Planes (1&2) Ribbon (3) Planes (1&2) Ribbon (3) Lowest voltage discharged 1kV 1kV 2kV 2kV Temporary spurious ON/OFF of pixels 6kV 4kV None None Module reset None 6kV None None Permanent damage None None None None Highest voltage discharged 9kV 6kV 10kV 10k